Manufactured by BEGE, a renowned European provider of advanced motion and drive technology, this robust flange encoder demonstrates high reliability and long operational life in industrial environments. BEGE is recognized for its commitment to offering innovative, durable solutions for automation and motion control systems.

Incremental Encoder - Designed for Basic Speed Feedback: The MIG Basic is an incremental encoder tailored for fundamental speed feedback in standard automation applications, ensuring dependable measurement for effective process control.

Durable Stainless Steel Construction: The encoder housing is manufactured from premium stainless steel, providing exceptional resistance to corrosion, mechanical impacts, and harsh operating conditions—ideal for demanding industrial sectors, including food processing and chemical industries.

Flexible Cabling: Comes with an integrated 15-meter cable, offering convenient and versatile installation possibilities even over longer distances in large-scale automation systems.

High Environmental Protection: Rated to IP55 / IP67, the encoder is resistant to dust, water spray, and even immersion, making it suitable for both indoor and outdoor use as well as washdown applications.

Optimized for IEC 63B14 Motors: With a 90mm flange diameter, 75mm bolt circle diameter, and 11mm shaft, the MIG Basic seamlessly integrates into IEC 63B14 flange motors and diverse transmission systems.

Accurate Feedback Output: Delivers 16 pulses per revolution per channel with A 90° B HTL output, enabling straightforward integration with standard PLCs or drive controllers for reliable speed monitoring.

Wide Input Voltage Range: Supports 5–24VDC input, ensuring compatibility across various industrial control environments.

Compact and Sturdy Design: With a 7mm flange thickness and robust build, the encoder fits into compact setups while maintaining vibration resistance—suited for harsh, high-duty operating cycles.

Application Areas: Perfect for use in conveyors, pump and fan regulation, basic motion control, and general industrial automation where cost-effective, robust speed monitoring is critical.